Bobby Kasthuri is a neuroscientist at Argonne National Laboratory. In the video he was asked to explain what a connectome is to 5 different people; a 5 year-old, a 13 year-old, a college student, a neuroscience grad student and a connectome entrepreneur. Read the rest
Prepare to take a technological trip down memory lane with this enormous comprehensive chart of every Nokia dumbphone model
starting 35 years ago. Extendable antennas, clamshells, you name it. Read the rest
In the 1960s and 1970s, the US Navy researched whether they could use synthesized whale sounds for submarines to have encoded conversations across long distances underwater. Called Project COMBO, it was a fascinating attempt at biomimicry. The project's culminating experiment even attracted a pod of whales. Alas, Project COMBO ultimately failed, but it makes for a great story. From Cara Giaimo's article in Atlas Obscura:
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Positioning themselves off of Catalina Island, 150 feet underwater, they blasted their squeaky, warbly codes through a transmitter. The receiver, placed at varying distances away, plucked the messages out of the noise flawlessly. Another test, in the fall, went deeper down and extended the range. In June of 1974, they sent out a real submarine, the USS Dolphin, which successfully transmitted sounds to a receiving ship—and, in a true vote of confidence, attracted a pod of pilot whales.
After these testing successes, researchers were left with a lot of work to do. Although they had the pilot whale on lock, they wanted to expand their repertoire by inventing “techniques and equipment to synthesize large whale sounds and small whale screams.” They still had to create scalable versions of their tools, including the call generator and the spectrograph-recognizer. Looking ahead, more problems loomed: the researchers figured this was a good enough idea that the Soviets would steal it, at which point American submariners would need to add another skill to their arsenal. “Fleet sonarmen must become more familiar with bioacoustic signals,” they wrote—inspiring thoughts of submarine soldiers, facing long days underwater, taking up sonic seal- and whale-watching.
The Library of Congress site contains gems like this map showing the proposed final link of the original world wide web: the proposed trans-Pacific telegraph line, envisioned with Civil War-era technology. Read the rest
John Scalzi's posted ten points about free speech, conversation, debate and related subjects. There's lots of good stuff there: "8. If people do not engage you, it is not necessarily because they are afraid to engage you. Maybe they don’t have the time, or interest. Maybe they think you’re too ignorant to engage, either on the specific topic or in matters of rhetoric. Maybe they don’t want to either implicity or explicitly let you share in their credibility. Maybe they think you’re an asshole, and want nothing to do with you. Maybe it’s combination of some or all of the above. They may or may not tell you why."
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If you're into science literacy — or, even, if you're just into arguing with other people on the Internet about
science — you need to read this post by neuroscientist Chris Holdgraf
. It's a great explanation of why "the data speaks for itself" isn't a particularly good retort (and can, in fact, be misleading) and why sacrificing a little accuracy for the sake of understanding is a better idea than it sounds. Read the rest
Image: Ved Chirayath
This photo, taken by astronautics grad student and photographer Ved Chirayath, was meant to be a bit of free promotion for NASA and space exploration. It's part of an art exhibition called Physics in Vogue, which combines real science with the style of fashion photography. With the help of a Viking re-enactment troupe and some of his colleagues from the Ames Research Center, he put together a shot that was meant to connect current NASA projects to the exploration-oriented Viking culture. What if two of Earth's greatest explorers met face-to-face?
The photo was done on Chirayath's own time, using funds from two arts grants that had nothing to do with NASA. But it has become the center of an extensive investigation initiated by Senator Chuck Grassley, aimed at discovering whether dastardly NASA scientists were using taxpayer money to make whimsical photos. They weren't. Ironically, though, the investigation did use taxpayer money. More, Chirayath estimates, than it would have cost him to get such a photo done by a professional. Read the rest
MelaFind is a new device that helps doctors identify melanoma skin cancers. In many places, it's being reported as the greatest breakthrough in skin cancer prevention to come along in decades. But, notes Gary Schwitzer at Health News Review, those pieces leave out the fact that MelaFind is actually fairly controversial
. A lot of cancer researchers and docs are worried that it will give patients and doctors a false sense of security — a big issue considering the fact that MelaFind is only designed to identify small melanomas. It could turn up false negatives (or false positives) with non-melanoma skin cancers or melanomas that don't fall into a narrow type range. Read the rest
Yes, it's useful for communicating within your group, but as soon as you step outside that circle jargon becomes a problem. That's true even for scientists trying to communicate between disciplines and sub-disciplines of a field
. At Ars Technica, John Timmer talks about jargon acronyms that look the same, but mean totally different things depending on what science you do. One of his examples: CTL. If you study flies, this can refer to a specific gene. For people who work with mice, it's a reference to curly tails. For immunologists, it's a type of white blood cell — cytotoxic T lymphocyte. Read the rest
Today, on Twitter, I learned something new and interesting from environmental reporter Paul Voosen. Over the years, I've run into reports (like this one from the Union of Concerned Scientists) showing that genetically modified crops — i.e. Roundup Ready corn and soybeans, which is really the stuff we're talking about most of the time in these situations — don't increase intrinsic yields of those crops. But I've also seen decent-looking data that seemed to suggest exactly the opposite. So what gives?
Turns out, this is largely an issue of terminology.
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Do you understand the difference between a "hypothesis" and a "theory"? Physics professor Rhett Alain thinks you probably don't. But he says that's not your fault. The words just aren't terribly precise, at least in the public parlance, and they only serve to make discussions about science confusing. He has a modest proposal: Let's replace them both with something that makes sense to the general public. Read the rest
It's right there in the Expanded Universe book series, says Chris Peterson, a research assistant in MIT's Center for Civic Media. It's a form of group communication
. What's more, Peterson writes, if you follow the theories of anthropologist and sociologist of science Bruno Latour, the Jedi meld might actually be the most useful tool for Obama to employ. (Thanks Ryan!) Read the rest
Barking might just be a reflex for agitated dogs. It might be a side-effect of domestication — i.e., when you select for less-aggressive animals you get ones that tend to bark. Or, it really might have meaning, both for other dogs and for humans. At Scientific American, Brian Hare and Vanessa Woods describe some of the research on dog communication, including studies that show both humans and dogs can tell the difference between barks associated with, say, food, and barks associated with the presence of a threatening stranger. Read the rest
The New Yorker's Nathan Heller looks at five of the most popular TED Talks
of all time and uses them to explain why, exactly, this series of public lectures is so much more popular than all other public lecture series. Read the rest
I've been live-tweeting today from the Aspen Environmental Forums. But in a session this morning, I noticed that my friend Rachel Weidinger—director for the ocean advocacy group Upwell—had a far niftier way of taking notes and communicating what she was learning. While I opened up my iPad, Rachel opened up a full set of watercolor paints.
What she produced was something more akin to illuminated manuscripts than paintings—collections of short quotes and key ideas, done up in vibrant colors and surrounded by thematic doodles. It's great stuff, and a really interesting way to process and present information.
Rachel was kind enough to let me post her notes here. This page comes from the panel we attended this morning, all about climate change and the long-term impacts those changes are likely to have on regional weather. Check out more of her illuminated notes at Flickr. Read the rest
If you live in the UK or Ireland, write about science, and have not been paid for that work, then you are eligible to apply for the Wellcome Trust's Science Writing Prize
. The Prize is aimed at fostering high quality writing among science communicators who are either just starting their careers, or who write mainly as a hobby. Student journalists are eligible. So are people who blog about science. There are separate categories for professional scientists, and interested laypeople. The deadline is April 25. Read the rest
What is a flame?
If you can explain that, on a level that an 11-year-old can understand, then you could win a VIP pass to the World Science Festival, May 30 to June 3 in New York City.
This is one of those questions that is harder to answer than it first appears. Alan Alda, the man behind this contest, asked his teacher that question when he was 11. Her answer, "It’s oxidation," meant nothing to him. So this contest isn't just about accuracy, it's about communication.
I often hear people complain about journalists and science popularizers "dumbing down" the science. And I suppose that's something reasonable to complain about, if what you mean is that those people are getting the science grossly wrong.
But that's not usually what "dumbing down" means. In fact, most of the time, when somebody is complaining about a dumbing down of anything, I've found that what they mean is that the topic has been made accessible and entertaining to a broad audience. Dumbing down means taking the information beyond the experts and enthusiasts, and convincing people that this is a topic they should be interested in. That's not a bad thing. It just means that there are different ways to reach different people with the same information.
To me, that's what this contest is about. Explain a flame—without using jargon—and make the science behind it capture a kid's imagination. That's not easy. It will take some dumbing down. But I think some of you can do this. Read the rest